Bio-inspired Wireless
Bio-inspired methods for adaptive wireless systems.
Explore theme →Explore our research themes, from fundamental communications theory and signal processing to emerging wireless and quantum technologies. Select a theme to learn more.
Coding and Modulation
Channel coding and modulation for reliable, efficient communications.
Explore theme →Cooperative Communications
Cooperation among users, relays and network nodes.
Explore theme →Joint Algorithm/Hardware Design
Signal-processing algorithms designed alongside practical hardware.
Explore theme →Machine-to-Machine Communication
Wireless connectivity among machines and devices.
Explore theme →MIMO Transceivers
Multi-antenna transmission, detection and reception.
Explore theme →Multiuser Communications
Transceiver techniques for multiple simultaneous users.
Explore theme →Optical Wireless Communications
Visible-light, free-space optical and hybrid communications.
Explore theme →Quantum Communications
Quantum-assisted and quantum-based communication techniques.
Explore theme →Signal Processing
Advanced signal processing for wireless transceivers.
Explore theme →Source Coding
Efficient encoding of multimedia information.
Explore theme →Wireless Networking
Wireless network design, connectivity and operation.
Explore theme →Space Air Ground
Integrated terrestrial, aerial and satellite communications.
Explore theme →Wireless Video Communications
Adaptive video coding and delivery over wireless networks.
Explore theme →6G Transceivers
Next-generation transceiver technologies and pervasive intelligence.
Explore theme →Millimeter Wave Communication
Communications using millimetre-wave spectrum.
Explore theme →Ground-Air-Space Networks Relying on Real Flight Data
Ground–air–space communications and routing investigated using real flight data.
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